We can see that the SLA printing technology of the Formlabs 2 printer lags well behind the LCD-SLA represented by the Slash Plus. Cooling neutralizes large amounts of heat generated and enables large objects to be printed at high speed without problems.Īs a result, the Slash Plus can print at 1,000 cc/ hour, which is comparable to industrial machines.įor comparison, check the speed of printing the same models on Slash + and Formlabs 2: Specificationsĭental Cast stamp (special dental resin). Illumination is carried out by an LED matrix. Slash Plus 3D printer uses contact exposure method, which involves placing the water cooling system as close to the LCD panel as possible. Therefore, it is not possible to remove a certain amount of heat from the surface. The potential of DLP printers is limited by the structure of the optical path, which must remain unobstructed. And when printing a large object, the temperature rises significantly and the light may damage the model.

If the speed is increased, a large amount of heat is generated during the resinization process. However, with DLP and LCD printing, speed limits still remain. With FDM and SLA, the construction occurs pointwise but with DLP and LCD, the entire layer is illuminated simultaneously. There are many reviews on the Internet that describe this technology, so we will briefly write the main principle.įDM and SLA are significantly inferior in terms of printing speeds to DLP and LCD technologies. This result was achieved by LCD stereolithography technology with a water cooling system. The printers also needed to have a large build area without being expensive.

When developing the Slash series of resin printers, Uniz pursued the goal of achieving high speed of printing models without sacrificing accuracy. In this Uniz Slash Plus review, we’ll look at the features, specs, performance, and quality of print of the 3D printer.

After that, the series was replaced with other improved printers, one of which we will talk about today. The project was supported by 552 sponsors and $571,926 was collected. In 2016, Uniz posted its first project on Kickstarter to develop the first printer in the Slash line. The company is engaged in the development of 3D equipment and resin, both for general-purpose and industrial focused (engineering, dental and jewelry). UNIZ TECHNOLOGY LLC was founded in San Diego, California in 2014.

Uniz slash 3d printer